Like any assembly skill, manual soldering of wire can be learned through proper training. This training begins by teaching the person how to cleanly strip, tin and solder the wire to a connector, PCB or terminal.
Stripping coaxial cables places high demands on processing equipment. Several thin, concentric layers must be carefully removed within a single cycle: insulation, metal braiding, foil and dielectric. The strip length must be exceptionally accurate, since the tolerance ranges of coaxial connectors are narrow.
Of the many steps in the process of assembling a wire harness, testing the crimped terminal is a crucial one. If the terminal hasn't been properly attached to the end of the wire, it can cause the wire and eventually the entire wire harness to fail. Most manufacturers use pull testing to assess crimped connections and ensure that terminals are properly attached.
With so many ways to formulate plastic to get just the right combination of color, texture, strength and durability, it’s easy to forget how the parts will be assembled. However, if the parts will be assembled with screws, overlooking such parameters as thread style, driver speed and boss design could spell disaster on the assembly line.
Clear polymer materials can be successfully bonded with a new process that combines simultaneous through-transmission infrared laser welding with precision ultrasonic spray deposition technology
Laser welding of plastic parts creates precise, high-quality, particulate-free joints for medical devices, consumer products and other assemblies. However, for the process to work, the laser light must pass through the top part to be absorbed by the bottom part. Welding a clear plastic part to another clear plastic part was not possible.
There are many ways to linearly move an object from point A to point B on an assembly line. But, not all of them are designed to optimize speed, accuracy and repeatability while performing the task.
High-quality carbide cutting tools are essential for CNC machines such as lathes and routers. Possehl France SAS knows this quite well, and has specialized in precisely stamping metal parts used in these tools for more than 45 years.
Remote radio-control car racing has experienced tremendous growth over the past two decades. There are even national (Remotely Operated Auto Racers) and world governing bodies (International Federation of Model Auto Racing), the latter having been established in 1979.
Production-ready, 3D-printed automotive parts have been slowly entering the market the past few years. Now, they’re as important as the thousands of metal and plastic parts produced using traditional casting, injection molding, stamping and machining processes.
Developing new aircraft is always a challenge, but one that engineers at Gulfstream Aerospace Corp. (GAC) have successfully dealt with for more than 60 years. GAC produces state-of-the-art corporate jets for companies and governments all around the world, with hundreds of them currently in operation.
Automakers are scrambling to build a new generation of vehicles that are intelligent, connected and electrified. That’s forcing engineers to rethink how traditional assembly lines and production processes function.
Consumers spend some $1 billion to buy 2 billion lightbulbs each year in the U.S. That’s more than 6 million every day. High-speed automated assembly is the only way to meet that kind of volume.
How quickly things change. On March 1, I was one of 15,000 people watching the Chicago Cubs play a spring training game at a ballpark in Mesa, AZ. It was warm and sunny, the beer was cold, and I had not a care in the world.